sexta-feira, 1 de novembro de 2013
Geometry Graceli variational wave quantum n -dimensional .
A radiation system formed waves where space becomes vibrant and diffuse radiation on the system . This is common to see straight into the asphalt during very hot days in the schedule of noon .
That is, we vibrating waves , relating to variational and output radiation intensity and quantum dots exponential .
And following variations as n - dimensions , and that these n- dimensions graceli vary and are related to system variables .
Thus we have a geometry that is not curved , and not straight but undulating , and n -dimensional quantum and relative .
This also have the plasmas in the radiation quantum processes within the particles and radiation , and also in the peripheral part of stars, especially hot.
As well as inside black holes .
In a system of geometric waves, the time that a particle travels about a geometric system of waves also happens to be relative variational as the physical universe in which it lies.
Universal theory Graceli .
Graceli dimensional theory .
Graceli wave geometry .
The Graceli dimensional theory is based on dimensions of energy and matter [ for more than 40 dimensions Graceli ] [ published online ] , where the physical and chemical nature are unified with the dimensions of energy and matter .
Where energy produces the world of physical phenomena , and quantum chemical , structural , and also produces the dimensions .
It is seen that the time suffers the action of gravitational fields , where a runner has the feeling of being faster on the moon than on earth . That is, in this sense the time forms a unity with the gravitational energy , the movement . And the inertia .
Where time quantum is a quantum phenomena and gravitational is another .
Ie we have a relativity and uniqueness .
And the space happens to be straight , curved or wave that undergoes the action of radiation and fields .
That is, the space of a system of radiation.
When it is not curved or straight, but in each variable wave that is measured in dots . For the shape space radiation on the waves.
That is, between two points on a system of radiation, or quantum .
That is, we have a physical universe , dimensional and geometric unify and intertwine , and by themselves are relative variational as the system in which they find themselves.
In a system of geometric waves, the time that a particle travels about a geometric system of waves also happens to be relative variational as the physical universe in which it lies.
An atomic clock will time marked variations as found in an energy system variable. Ie , within grids temperatures will have a time for stars with gravitational and radioactive energy grids within plasmas and black holes .
Quantum uncertainty Graceli for worlds and states in quantum particles .
author . Ancelmo Luiz Graceli .
Magnetic spin quantum .
With the rotation electric and magnetic quantum quantum yields and varying flows at different points in tiny particles and causes electrons to be several particle at various points . And that varies with energy intensities at each point as rotation and flow with flow variation of intensity and variation of electric and magnetic spin quantum electrical , magnetic and radiation .
causes a particle is, in several states and physical situations , thus have a material nature , energy and quantum uncertainties of intensity and energy production , leading to a relativity quantum uncertainty graceli .
With that in the quantum world graceli a particle can be in different quantum states and uncertainties , and that leads to a relativism graceli worlds of quantum uncertainty and quantum states .
with this we have an uncertainty of quantum relativity and variability of time , position, shape , energy intensity at each point in time and producing various geometric shapes and varied points confo0rme am uncertain variation of energy flows and rotation .
Quantum uncertainty Graceli for worlds and states in quantum particles .
Quantum uncertainty Graceli for worlds and states in quantum particles .
author . Ancelmo Luiz Graceli .
Magnetic spin quantum .
With the rotation electric and magnetic quantum quantum yields and varying flows at different points in tiny particles and causes electrons to be several particle at various points . And that varies with energy intensities at each point as rotation and flow with flow variation of intensity and variation of electric and magnetic spin quantum electrical , magnetic and radiation .
causes a particle is, in several states and physical situations , thus have a material nature , energy and quantum uncertainties of intensity and energy production , leading to a relativity quantum uncertainty graceli .
With that in the quantum world graceli a particle can be in different quantum states and uncertainties , and that leads to a relativism graceli worlds of quantum uncertainty and quantum states .
with this we have an uncertainty of quantum relativity and variability of time , position, shape , energy intensity at each point in time and producing various geometric shapes and varied points confo0rme am uncertain variation of energy flows and rotation .
author . Ancelmo Luiz Graceli .
Magnetic spin quantum .
With the rotation electric and magnetic quantum quantum yields and varying flows at different points in tiny particles and causes electrons to be several particle at various points . And that varies with energy intensities at each point as rotation and flow with flow variation of intensity and variation of electric and magnetic spin quantum electrical , magnetic and radiation .
causes a particle is, in several states and physical situations , thus have a material nature , energy and quantum uncertainties of intensity and energy production , leading to a relativity quantum uncertainty graceli .
With that in the quantum world graceli a particle can be in different quantum states and uncertainties , and that leads to a relativism graceli worlds of quantum uncertainty and quantum states .
with this we have an uncertainty of quantum relativity and variability of time , position, shape , energy intensity at each point in time and producing various geometric shapes and varied points confo0rme am uncertain variation of energy flows and rotation .
Quantum uncertainty Graceli for worlds and states in quantum particles .
Magnetic spin quantum .
With the rotation electric and magnetic quantum quantum yields and varying flows at different points in tiny particles and causes electrons to be several particle at various points . And that varies with energy intensities at each point as rotation and flow with flow variation of intensity and variation of electric and magnetic spin quantum electrical , magnetic and radiation .
causes a particle is, in several states and physical situations , thus have a material nature , energy and quantum uncertainties of intensity and energy production , leading to a relativity quantum uncertainty graceli .
With that in the quantum world graceli a particle can be in different quantum states and uncertainties , and that leads to a relativism graceli worlds of quantum uncertainty and quantum states .
A radiation system formed waves where space becomes vibrant and diffuse radiation on the system . This is common to see straight into the asphalt during very hot days in the schedule of noon .
That is, we vibrating waves , relating to variational and output radiation intensity and quantum dots exponential .
And following variations as n - dimensions , and that these n- dimensions graceli vary and are related to system variables .
Thus we have a geometry that is not curved , and not straight but undulating , and n -dimensional quantum and relative .
This also have the plasmas in the radiation quantum processes within the particles and radiation , and also in the peripheral part of stars, especially hot.
As well as inside black holes .
In a system of geometric waves, the time that a particle travels about a geometric system of waves also happens to be relative variational as the physical universe in which it lies.
Universal theory Graceli .
Graceli dimensional theory .
Graceli wave geometry .
The Graceli dimensional theory is based on dimensions of energy and matter [ for more than 40 dimensions Graceli ] [ published online ] , where the physical and chemical nature are unified with the dimensions of energy and matter .
Where energy produces the world of physical phenomena , and quantum chemical , structural , and also produces the dimensions .
It is seen that the time suffers the action of gravitational fields , where a runner has the feeling of being faster on the moon than on earth . That is, in this sense the time forms a unity with the gravitational energy , the movement . And the inertia .
Where time quantum is a quantum phenomena and gravitational is another .
Ie we have a relativity and uniqueness .
And the space happens to be straight , curved or wave that undergoes the action of radiation and fields .
That is, the space of a system of radiation.
When it is not curved or straight, but in each variable wave that is measured in dots . For the shape space radiation on the waves.
That is, between two points on a system of radiation, or quantum .
That is, we have a physical universe , dimensional and geometric unify and intertwine , and by themselves are relative variational as the system in which they find themselves.
In a system of geometric waves, the time that a particle travels about a geometric system of waves also happens to be relative variational as the physical universe in which it lies.
An atomic clock will time marked variations as found in an energy system variable. Ie , within grids temperatures will have a time for stars with gravitational and radioactive energy grids within plasmas and black holes .
Quantum uncertainty Graceli for worlds and states in quantum particles .
author . Ancelmo Luiz Graceli .
Magnetic spin quantum .
With the rotation electric and magnetic quantum quantum yields and varying flows at different points in tiny particles and causes electrons to be several particle at various points . And that varies with energy intensities at each point as rotation and flow with flow variation of intensity and variation of electric and magnetic spin quantum electrical , magnetic and radiation .
causes a particle is, in several states and physical situations , thus have a material nature , energy and quantum uncertainties of intensity and energy production , leading to a relativity quantum uncertainty graceli .
With that in the quantum world graceli a particle can be in different quantum states and uncertainties , and that leads to a relativism graceli worlds of quantum uncertainty and quantum states .
with this we have an uncertainty of quantum relativity and variability of time , position, shape , energy intensity at each point in time and producing various geometric shapes and varied points confo0rme am uncertain variation of energy flows and rotation .
Quantum uncertainty Graceli for worlds and states in quantum particles .
Quantum uncertainty Graceli for worlds and states in quantum particles .
author . Ancelmo Luiz Graceli .
Magnetic spin quantum .
With the rotation electric and magnetic quantum quantum yields and varying flows at different points in tiny particles and causes electrons to be several particle at various points . And that varies with energy intensities at each point as rotation and flow with flow variation of intensity and variation of electric and magnetic spin quantum electrical , magnetic and radiation .
causes a particle is, in several states and physical situations , thus have a material nature , energy and quantum uncertainties of intensity and energy production , leading to a relativity quantum uncertainty graceli .
With that in the quantum world graceli a particle can be in different quantum states and uncertainties , and that leads to a relativism graceli worlds of quantum uncertainty and quantum states .
with this we have an uncertainty of quantum relativity and variability of time , position, shape , energy intensity at each point in time and producing various geometric shapes and varied points confo0rme am uncertain variation of energy flows and rotation .
author . Ancelmo Luiz Graceli .
Magnetic spin quantum .
With the rotation electric and magnetic quantum quantum yields and varying flows at different points in tiny particles and causes electrons to be several particle at various points . And that varies with energy intensities at each point as rotation and flow with flow variation of intensity and variation of electric and magnetic spin quantum electrical , magnetic and radiation .
causes a particle is, in several states and physical situations , thus have a material nature , energy and quantum uncertainties of intensity and energy production , leading to a relativity quantum uncertainty graceli .
With that in the quantum world graceli a particle can be in different quantum states and uncertainties , and that leads to a relativism graceli worlds of quantum uncertainty and quantum states .
with this we have an uncertainty of quantum relativity and variability of time , position, shape , energy intensity at each point in time and producing various geometric shapes and varied points confo0rme am uncertain variation of energy flows and rotation .
Quantum uncertainty Graceli for worlds and states in quantum particles .
Magnetic spin quantum .
With the rotation electric and magnetic quantum quantum yields and varying flows at different points in tiny particles and causes electrons to be several particle at various points . And that varies with energy intensities at each point as rotation and flow with flow variation of intensity and variation of electric and magnetic spin quantum electrical , magnetic and radiation .
causes a particle is, in several states and physical situations , thus have a material nature , energy and quantum uncertainties of intensity and energy production , leading to a relativity quantum uncertainty graceli .
With that in the quantum world graceli a particle can be in different quantum states and uncertainties , and that leads to a relativism graceli worlds of quantum uncertainty and quantum states .
Geometria Graceli ondulatória quântica variacional
n-dimensional.
Num sistema de radiação se forma ondas onde o espaço passa a
ser vibrante e difuso sobre o sistema de radiação. Isto é comum ver em linha
reta no asfalto durante dias muito quente no horário de meio dia.
Ou seja, temos ondas vibrantes, variacionais e relativas a
intensidade de produção da radiação, e pontos exponenciais quânticos.
E que segue variações conforme n-dimensões , e que estas
n-dimensões graceli variam e são relativas
a sistema variáveis.
Assim, temos uma geometria que não é curva, e nem reta, mas ondulatória,
quântica e n-dimensional e relativa.
Isto também temos nos plasmas, nas radiações nos processos quânticos
dentro de partículas e nas radiações, e também na parte periférica sobre
astros, principalmente os muito quente.
Como também dentro de buracos negro.
Num sistema de geométrico de ondas, o tempo de uma partícula
que trafega sobre um sistema geométrico de ondas também passa a ser relativo
variacional conforme o universo físico em que se encontra.
Teoria universal Graceli.
Teoria dimensional Graceli.
Geometria ondulatória Graceli.
A dimensional teoria Graceli se fundamenta em dimensões de
energia e matéria [ para mais de 40 dimensões Graceli] [ publicadas na
internet], onde a natureza física e química se unificam com as dimensões de
energia e matéria.
Onde a energia produz o mundo dos fenômenos físicos,
quânticos e químico e estrutural, e também produz as dimensões.
Ve-se que o tempo sofre a ação de campos gravitacionais, onde
um corredor tem a sensação de ser mais
rápido na lua do que na terra. Ou seja, neste sentido o tempo forma uma
unicidade com a energia gravitacional, o movimento. E a inercia.
Onde o tempo quântico de fenômenos quânticos é um e gravitacional é outro.
Ou seja, temos uma relatividade e uma unicidade.
E o espaço passa a ser retilíneo, curvo ou de ondas que sofre
a ação de radiações e campos.
Ou seja, o espaço sobre um sistema de radiação.
Ao não é curvo e nem reto, mas de ondas variáveis em cada
pontos em que é medido. Pois a radiação sobre o espaço forma ondas.
Ou seja, entre dois pontos sobre um sistema de radiação, ou
quântico.
Ou seja, temos um universo físico, dimensional e geométrico
que se unificam e se entrelaçam, e por si mesmos são relativos variacionais
conforme o sistema em que se encontram.
Num sistema de geométrico de ondas, o tempo de uma partícula
que trafega sobre um sistema geométrico de ondas também passa a ser relativo
variacional conforme o universo físico em que se encontra.
Um relógio atômico terá o tempo marcado com variações
conforme se encontra num sistema energético variável. Ou seja, dentro de grades
temperaturas terá um tempo, em astros com grades energias gravitacionais e
radioativas, dentro de plasmas e buracos negros.
Incerteza quântica Graceli para mundos e estados quânticos em
partículas.
autor. Ancelmo Luiz Graceli.
Rotação magnética quântica.
Com a rotação magnética quântica e elétrica quântica que
produz fluxos variados e ínfimos em pontos diferentes em elétrons e partículas
faz com a partícula seja varias em vários pontos. E que varia conforme
intensidades de energias em cada ponto que
conforme rotação e fluxo, com variação de fluxo de intensidade de
energia elétrica e variação de rotação magnética e elétrica quântica, magnética
e de radiação.
faz com uma partícula seja, varias em estados e situações
físicas, com isto temos um natureza material, de energia e quântica de
incertezas de intensidade e produção de energia, levando a uma relatividade de
incerteza quântica graceli.
Com isto no mundo quântico graceli uma partícula pode estar
em estados quânticos diferentes e de incertezas e que leva a um relativismo graceli de incerteza
quântica de mundos e estados quânticos.
com isto temos uma incerteza quantica de variabilidade e
relatividade de momento, posição , forma, intensidade de energia em cada ponto
e momento produzindo formas geometricas variadas e incerteza am pontos variados
confo0rme variação de energia, fluxos e rotação.
Incerteza quântica Graceli para mundos e estados quânticos em
partículas.
Incerteza quântica Graceli para mundos e estados quânticos em
partículas.
autor. Ancelmo Luiz Graceli.
Rotação magnética quântica.
Com a rotação magnética quântica e elétrica quântica que
produz fluxos variados e ínfimos em pontos diferentes em elétrons e partículas
faz com a partícula seja varias em vários pontos. E que varia conforme
intensidades de energias em cada ponto que
conforme rotação e fluxo, com variação de fluxo de intensidade de
energia elétrica e variação de rotação magnética e elétrica quântica, magnética
e de radiação.
faz com uma partícula seja, varias em estados e situações
físicas, com isto temos um natureza material, de energia e quântica de
incertezas de intensidade e produção de energia, levando a uma relatividade de
incerteza quântica graceli.
Com isto no mundo quântico graceli uma partícula pode estar
em estados quânticos diferentes e de incertezas e que leva a um relativismo graceli de incerteza
quântica de mundos e estados quânticos.
com isto temos uma incerteza quantica de variabilidade e
relatividade de momento, posição , forma, intensidade de energia em cada ponto
e momento produzindo formas geometricas variadas e incerteza am pontos variados
confo0rme variação de energia, fluxos e rotação.
autor. Ancelmo Luiz Graceli.
Rotação magnética quântica.
Com a rotação magnética quântica e elétrica quântica que
produz fluxos variados e ínfimos em pontos diferentes em elétrons e partículas
faz com a partícula seja varias em vários pontos. E que varia conforme
intensidades de energias em cada ponto que
conforme rotação e fluxo, com variação de fluxo de intensidade de
energia elétrica e variação de rotação magnética e elétrica quântica, magnética
e de radiação.
faz com uma partícula seja, varias em estados e situações
físicas, com isto temos um natureza material, de energia e quântica de
incertezas de intensidade e produção de energia, levando a uma relatividade de
incerteza quântica graceli.
Com isto no mundo quântico graceli uma partícula pode estar
em estados quânticos diferentes e de incertezas e que leva a um relativismo graceli de incerteza
quântica de mundos e estados quânticos.
com isto temos uma incerteza quantica de variabilidade e
relatividade de momento, posição , forma, intensidade de energia em cada ponto
e momento produzindo formas geometricas variadas e incerteza am pontos variados
confo0rme variação de energia, fluxos e rotação.
Incerteza quântica Graceli para mundos e estados quânticos em
partículas.
Rotação magnética quântica.
Com a rotação magnética quântica e elétrica quântica que
produz fluxos variados e ínfimos em pontos diferentes em elétrons e partículas
faz com a partícula seja varias em vários pontos. E que varia conforme
intensidades de energias em cada ponto que conforme rotação e fluxo, com variação de
fluxo de intensidade de energia elétrica e variação de rotação magnética e
elétrica quântica, magnética e de radiação.
faz com uma partícula seja, varias em estados e situações
físicas, com isto temos um natureza material, de energia e quântica de
incertezas de intensidade e produção de energia, levando a uma relatividade de
incerteza quântica graceli.
Com isto no mundo quântico graceli uma partícula pode estar
em estados quânticos diferentes e de incertezas e que leva a um relativismo graceli de incerteza
quântica de mundos e estados quânticos.
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